espocrm_daemon and espocrm_websocket exited 0 every six seconds while the main
container sat healthy for thirty-nine minutes, so the deploy waited out its retries
on
not converged: espocrm_daemon espocrm_websocket
espocrm_daemon.1 desired=Shutdown current=Complete
The service log shows our own gate working -- "[entrypoint] Exec: docker-websocket.sh"
-- and upstream's failing right after it. docker-*.sh call exitIfNotReady, which runs
`bin/command app-check` and exits 0 when that fails. CommandManager resolves the name
to an AppCheck class, and espocrm/espocrm carries no AppCheck.php at 10.0.6, so the
gate can never pass. isLegacy does not spare us either: it returns true only when
/var/www/html is itself a mount point, and we mount three subdirectories.
Only the broken half is replaced. applyConfigEnv stays, because the websocket service
is the only carrier of ESPOCRM_CONFIG_WEB_SOCKET_*, and those reach the shared
config.php nowhere else. Readiness is the caller's job already: --wait-ready blocks on
the marker the main container writes once its install has finished, which is a
strictly better-informed signal than app-check.
The logic lives in files/shell/sidecar_boot.sh rather than a bash -c string, following
the route this role already uses for docker-entrypoint-custom.sh and seed_config.php:
copied into the build context, COPYed and chmod'ed in the Dockerfile, addressed
through ESPOCRM_SCRIPT_SIDECAR_DOCKER. That buys shellcheck and bash -n coverage the
embedded string never had, drops one layer of quoting, and turns a missing argument
into a named error instead of a php invocation with no script.
ESPOCRM_APP_DIR replaces the second hardcoded /var/www/html in vars.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Two settings never reached EspoCRM. The image entrypoint maps a double underscore to a dot and a single one to camelCase, so ESPOCRM_CONFIG_LOGGER_PATH wrote a flat loggerPath that nothing reads, while the real key is nested under logger. The level therefore stayed at the WARNING default, which is why Internal server error - Check logs for details had no logs behind it. The value php://stdout was never in effect either, and that was luck: EspoFileHandler raises RuntimeException on it and EspoCRM installs no exception handler, so making the key live with that value would have turned a working file logger into a throwing one. The path and rotation are now written explicitly at the values that were already in effect.
LdapLogin builds its search as (&(objectClass=X)(userNameAttribute=user)(loginFilter)) - the filter is ANDed on top, it does not replace anything. ldapUserNameAttribute defaults to sAMAccountName, an Active Directory attribute, while this directory is OpenLDAP with uid, so the previous filter produced a term that could never match. Setting the attribute is the knob that decides matching; web-app-semaphore sets both for the same reason.
ldapCreateEspoUser decides whether a user who authenticated against LDAP but has no EspoCRM record gets one created. Without it such a login is refused with USER_NOT_FOUND. It is exposed as services.ldap.autocreate rather than hardcoded, because it shifts who may enter from an explicit EspoCRM account to directory membership; the created user gets no team and no role.
The log directory now has one spot in vars, and the entrypoint derives both the streamed filename and the init diagnostics from the same value. It streams data/logs/<stem>-<Y-m-d>.log to stdout so the rescue collector picks it up unchanged; the date is re-evaluated because EspoRotatingFileHandler renames at midnight and a single tail would go silent there.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
EspoCRM's browser half completes and the server-side code-to-token exchange then
fails in 28.7 ms with a 401, with no matching POST to the Keycloak vhost anywhere
in openresty's log. ESPOCRM_CONFIG_OIDC_TOKEN_ENDPOINT carries the public onion
authority, which is right for the browser and unresolvable for PHP.
An extra_hosts pin does not fix that, and this is measured rather than reasoned:
the image ships libcurl 8.14.1, and with --add-host set to exactly what
extra_hosts produces, a request to an .onion name returns
`errno=6 Not resolving .onion address (RFC 7686)`. libcurl refuses the name
before /etc/hosts is ever consulted. The same request with
`http_proxy=socks5h://...` returns `errno=7 Failed to connect` instead -- the
name is handed to the proxy and never resolved locally, so the refusal does not
apply. That is the whole fix.
web-app-joomla and web-app-wordpress reach the same endpoint through code we
ship, because their frameworks set CURLOPT_PROXY themselves and override the
environment. EspoCRM does not: Login.php sets URL, timeout, method, headers and
protocols, and neither it nor anything else under
application/Espo/Core/Authentication/Oidc/ mentions CURLOPT_PROXY. libcurl
therefore falls back to http_proxy/https_proxy, so an env var is enough and no
patch to upstream code is needed.
The container_extra_hosts include returns, for the reason it was actually needed:
lookup('tor_socks_proxy') resolves to socks5h://host.docker.internal:<port> under
compose, and the container has to be able to resolve that name to reach the proxy
at all. Under swarm it is the tor overlay alias, which the role already bonds
(meta/services.yml:93-95).
Clearnet is untouched -- ESPOCRM_OIDC_SOCKS_PROXY is empty unless the Keycloak
vhost ends in .onion, and the block does not render.
Blast radius checked rather than assumed: the health probe is flavor curl against
http://127.0.0.1:<port>/, which no_proxy covers; nothing in the role's shipped
scripts makes an outbound HTTP call, so there is no boot-time dependency on Tor;
and daemon and websocket inherit the same env_file, so their scheduled outbound
HTTP also takes Tor, which on an onion node is the egress anyway.
Not verified: no token exchange has been run through a live Tor proxy. What is
proven is that libcurl forwards the name instead of refusing it, not that Tor
resolves it and the local proxy answers.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
meta/schema.yml became meta/secrets.yml, but its content still landed at
applications.<app>.credentials — the one meta file whose payload did not sit
under a root named after the file. Every other topic obeys that rule:
meta/volumes.yml goes to volumes, meta/rbac.yml to rbac. Credentials now go to
secrets.credentials.
The path exists exactly once, in utils/manager/credential_key.py, and
OVERRIDE_SECTION is derived from its two segments rather than spelled beside
them, so the dotted form used by --set and the nested form used by the
inventory cannot drift. Six consumers read it: the loader, the generator, the
CLI override parser, the two emit helpers, and the four lookup validators.
--set now accepts exactly one key shape,
applications.<app>.secrets.credentials.<key>. The three short forms are
rejected instead of guessed at: the same short key names different credentials
on different apps. That also retired primary_app_id, which only existed to
disambiguate them.
Three defects surfaced while wiring this up. _apply_one_role_schema still wrote
to the old root, so an app's own credentials would have moved while its
providers' stayed behind. web-app-pgadmin reads through
lookup('applications', ...).credentials.<key>, an access path no regex over
lookup('config', ...) could see, and would have deployed with an empty postgres
password. And _META_NON_GENERIC_TOPICS still listed 'schema' — a bare topic
name, invisible to any path search — so the generic file-root loop assigned the
raw schema under secrets and the follow-up write landed inside the cached
document, truncating keycloak's four credentials to one for every later
reader.
tests/integration/ansible/lookups/config/test_credentials_roundtrip.py pins both
directions of the seam and the cache invariant that last defect broke.
Existing inventories still carry the pre-rename root; migrating them is
deliberately out of scope here.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Drop the replicas:1 pin and make the web tier genuinely scalable. The custom entrypoint now runs the image entrypoint's install/upgrade/config-seed exactly once cluster-wide: an atomic mkdir mutex on the shared volume root (flock is node-local on this NFS mount), the image init invoked with /bin/true so its final exec returns control, a ready marker for followers, stale-lock takeover past the orchestrator kill ceiling and TERM/INT release; every replica then starts apache itself. Previously the image entrypoint execed apache directly, so the seed/clear-cache block was dead code - it now runs as intended. PHP sessions move to the NFS-shared data/.sessions via a conf.d ini so OIDC/SAML handshakes survive replica hops. The cron daemon and the websocket service become explicitly pinned singletons (they only inherited the entity pin before). A missing image entrypoint after a version bump now fails loudly (upstream master restructured the entrypoint; 9.3.10 is verified). Converge retries 600, healthcheck start_period 15m, seeder debug env renamed out of the ESPOCRM_SEED_ config prefix scan.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
02_manager_ops ran container exec for the config check, upgrade and flag-setter against ESPOCRM_CONTAINER_ADDRESS on the manager, but in swarm the espocrm container lives on a worker -> "No such container" (silently swallowed by failed_when on the earlier steps). Resolve the hosting node + local CID via resolve_host_cid and delegate_to it (also for the config-patch include), matching the erpnext pattern. Drop the now-unused ESPOCRM_CONTAINER_ADDRESS. Compose unchanged.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Resolve 69 conflicts across ~70 files: union main's image-version bumps and new service fields (bond, resource limits) with the swarm branch's default_placement / NFS / IS_STACK_HOST config; retire the three per-deploy-type test workflows main still edited (consolidated into compose+swarm); adopt main's run-once 01_core dispatchers while re-applying each role's swarm guard. Fix the post-merge lint surfaced by main's stricter rules: bond + resource-budget keys, container-exec stack-host gating + resolver routing, leaky/dead proxy vars, suitecrm once-flag, xwiki variant nocheck, nextcloud oversized-block to gated include, matrix-mdad capped at 3g. make autoformat clean, make test green.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
A role's vars/main.yml is auto-loaded into play scope and persists, so proxy
override vars (webserver_*) leaked into the central front-proxy render of OTHER
roles (re-evaluated against the wrong application_id) — silently applying one
role's value elsewhere, or hard-failing when the lazy lookup hit a role lacking
the key (the seaweedfs<->matrix client_max_body_size crash).
- Templates (sys-svc-proxy html/upload/ws_generic, matrix synapse homeserver)
resolve client_max_body_size from the role's own server config
(lookup('config', application_id, 'server.client_max_body_size', '100m')).
- Move every role-level webserver_* out of vars/main.yml into task-scoped
include params (9 roles); they apply only to that role's proxy and can't leak.
- sys-stk-front-proxy resets webserver_* to safe defaults via task-scoped vars
on the render tasks, so a leaked value from any other source is neutralized;
a role's own include params (#20) still override the reset (precedence-tested,
direct + nested).
- Add test_no_leaky_proxy_role_vars lint forbidding webserver_* in vars/main.yml
(suppressable via '# nocheck: leaky-proxy-var').
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Add plugins/lookup/container_image.py: returns the full `image: "<ref>"`
line so templates drop the redundant image: prefix and surrounding
quotes. Supports `custom=True` to auto-construct `<entity_name>_custom`
for locally-built images, plus explicit `image=`/`version=` overrides
for exotic cases (taiga back-auth/front-oidc variants, decidim infinito
suffix, etc.).
* 25 unit tests for the lookup cover compose vs swarm prefix, custom
flag, overrides, tag_only=True, missing version warnings.
* New strict lint (tests/lint/.../test_no_raw_image_in_compose_templates)
fails on any raw `image:` line in roles/*/templates/*.j2 unless
nocheck-suppressed. Legacy `image: "{{ lookup(...) }}"` form no
longer accepted.
* Migrate 159 image refs across ~80 roles to the standalone
`{{ lookup('container_image', application_id, '<service_key>') }}`
form. 26 roles use `custom=True` (mariadb, postgres, openldap,
jenkins, jira, gitlab, nextcloud, mediawiki, shopware, wordpress,
odoo, joomla, openproject, bookwyrm, espocrm, hugo, littlejs,
fediwall, roulette-wheel, openresty, confluence and more).
* Fix svc-db-redis application_id leak: service.yml.j2 is included
into consuming roles where application_id evaluates to the outer
role, so the image lookup needs the hardcoded 'svc-db-redis'.
* Integration tests (test_templates_require_image,
test_build_requires_image) recognise the standalone lookup as an
implicit `image:` at the same indent.
* Mediawiki swarm tasks: add explicit `:{{ MEDIAWIKI_VERSION }}` to
the registry-prefixed image string because the custom var is now
bare.
Only 3 legitimate exotic nocheck-suppressed image lines remain:
matrix-mdad runner (nested services.matrix.runner.image path),
matrix mautrix bridges (per-iteration dynamic) and svc-registry-docker
(chicken-and-egg self-reference).
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Migrate every role's meta/volumes.yml from ad-hoc dict-of-named-volumes
to a canonical dict-of-dicts schema where the YAML key is the semantic
short name and the entry body carries type / name / source / mounts /
nfs / mode / read_only. The optional 'name:' field is the docker volume
name (defaults to the key); the previous 'docker_name:' field is gone.
What's in this commit (210 paths):
Infrastructure (23)
- New filter plugins/filter/{compose,container}_volumes.py — render the
top-level volumes:/configs:/secrets: section and per-service mount
blocks from the canonical meta. container_volumes uses the SEMANTIC
name as per-service mount source so it resolves against compose_volumes'
top-level dict key (docker_name as source produced 'undefined volume'
on swarm).
- New lookup plugins/lookup/{compose,container,volume}_volumes.py.
volume(application_id, name) returns a normalised single entry;
volume(application_id) returns the whole canonical dict.
- utils/cache/applications.py keeps a sibling registry
_CANONICAL_VOLUMES_BY_ROLE outside the merged applications payload so
raw Jinja source: strings never enter the templar walk (root-cause of
the 200x cache-miss + recursive get_merged_applications storm).
- utils/roles/applications/mounts.py — schema validator + normaliser;
list-shape is rejected.
- plugins/lookup/nginx.py: _volume_path_by_name reads canonical directly.
- scripts/tests/deploy/swarm/_context.sh: NFS_VOLUMES extraction handles
both legacy dict and canonical dict shapes.
- roles/svc-prx-openresty/handlers/restart_and_validate.yml: gate
compose-only validate+reload behind a single when-block; swarm uses
service-update instead (bind-mounts of a FILE pin source inode at
task-create time, so atomic write-tmp+rename leaves the running task
on a deleted inode).
- roles/sys-svc-compose/tasks/utils/nfs_prep.yml: switch to
lookup('volume', application_id) | dict2items so NFS subdir
pre-creation works under the new cache split.
Tests (12)
- New strict lints flagging inline mount sections in compose templates,
single-file bind mounts, and legacy lookup('config', ..., 'volumes.X.Y')
call sites — all volume-mount surfaces MUST flow through container_volumes
/ compose_volumes / volume lookups.
- Integration: test_volumes_compose_chain + test_volume_constants_are_lookups
accept both the legacy and the new lookup('volume', app, 'X').name forms
during the migration window.
- Unit tests for the new lookup, filter, mounts helper, plus updated
nginx lookup test.
- Prometheus role-wiring test reads canonical meta for the
alert_rules.yml bind mount.
Role migrations (175)
- 62 meta/volumes.yml converted to dict-of-dicts canonical shape
- 63 templates/compose*.yml.j2 replace inline volumes:/configs:/secrets:
with lookup('container_volumes', application_id, '<service>') |
indent(N) per service + a single trailing lookup('compose_volumes',
application_id) for the top-level block
- 50 vars/main.yml drop dead volume constants and refactor 23 remaining
legacy lookup('config', ..., 'volumes.X.Y') to lookup('volume',
application_id, 'X').Y across 9 roles
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Adds a mode-aware `container_address` lookup plugin and a
`resolve-container-id` helper script that resolve swarm task IDs at
exec time (compose mode returns bare names unchanged). Migrates ~25
roles + ~28 task files from `command:` to `shell:` so the lookup's
`$(...)` subshell evaluates correctly, and extends `database` lookup
with an `address` key for cross-role DB exec.
Three new lint tests enforce the contract: every container exec
target goes through the resolver, lives behind an IS_STACK_HOST gate
(walks the include graph one hop deep), and uses `shell:` rather than
`command:` when the target is a Jinja reference. Existing nocheck
suppressions on bare-name DB exec sites (nextcloud redis, listmonk,
moodle OIDC, mailu) are replaced with the lookup-based form.
Fixes the systemd Environment= injection in sys-ctl-cln-disc-space
(it never expanded $(...)) by passing STACK / SERVICE_KEY parts and
resolving inside the script. Extracts shopware admin and mediawiki
extension install bodies into dedicated .sh files invoked via env.
Rewrites password-bearing shell tasks to either `| quote` directly or
the `-e VAR=... | quote` + `sh -c '... ${VAR} ...'` env-bridge pattern.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Implements docs/requirements/021-sso-flavor-migration.md atomically:
* Schema: every role's meta/services.yml replaces the parallel
`oauth2:` / `oidc:` top-level blocks with a single `sso:` block
carrying `enabled`, `shared`, and a `flavor` discriminator
(`oidc` | `oauth2` | `saml`; default `oidc`). Flavor-specific
sub-keys live under `sso.<flavor>.*` (`sso.oauth2.{origin,acl,
allowed_groups}`, `sso.oidc.plugin`).
* Provider role: roles/web-app-oauth2-proxy/ is deleted in its
entirety; its 5 sidecar templates move under
roles/web-app-keycloak/templates/sso_proxy/, and the per-consumer
rendering task lives at roles/web-app-keycloak/tasks/sso_proxy.yml.
web-app-keycloak now declares `provides: sso`.
* Runtime: new resolver utils/roles/applications/services/sso.py
centralises the SSO predicates (`is_enabled`, `is_proxy_gated`,
`is_oidc_native`) and the oauth2 sub-values
(`oauth2_origin_{host,port}`, `oauth2_acl`, `oauth2_allowed_groups`).
Three lookup plugins consume the resolver: `sso` (single-app
predicate access), `sso_proxy_consumers` (enumerates oauth2-flavored
consumers), `sso_oidc_plugin` (renamed from `oidc_flavor`, Nextcloud
plugin selector). sys-stk-backend, sys-svc-compose, sys-svc-proxy
and plugins/filter/compose_volumes.py all gate on
`lookup('sso', ..., 'is_proxy_gated')` instead of manually combining
`enabled` and `flavor`.
* Identifier renames repo-wide: `services.<entity>.ports.local.oauth2`
→ `ports.local.sso`; `PORT_BANDS.local.oauth2` → `PORT_BANDS.local.sso`;
`OAUTH2_PROXY_*` env/Jinja vars → `SSO_PROXY_*`;
`oauth2_proxy_cookie_secret` → `sso_proxy_cookie_secret`;
`OAUTH2_SERVICE_ENABLED` + `OIDC_SERVICE_ENABLED` collapse into
`SSO_SERVICE_ENABLED`; Playwright gating helpers
(isServiceEnabled/skipUnlessServiceEnabled/requireService/safeIsEnabled/
safeSkipUnlessEnabled) move from `oidc`/`oauth2` to `sso`.
* Dual-block resolution: per req's Background-Table, web-app-bookwyrm
is `flavor: oauth2`; web-app-gitea and web-app-friendica keep
`flavor: oauth2` with their existing `oauth2.acl.blacklist`
(/user/login) and `oauth2.acl.whitelist` (federation + discovery
endpoints) — preserving the operative oauth2-proxy gating.
* Tests: the two mutual-exclusion guards
(tests/integration/iam/oauth2_oidc/test_mutual_exclusive.py and
test_acl_mutual_exclusive.py) are deleted per Decision #10;
test_oauth2_contract.py is renamed and rewritten to
test_sso_contract.py, asserting that `flavor: oauth2` roles carry
`oauth2.origin.{host,port}` plus `ports.local.sso`; test_sso.py
(web-app integration) now requires the unified `sso:` block with an
explicit flavor or a `# nocheck: sso` opt-out; new
tests/lint/repository/no_legacy_sso_paths/ guards the source tree
against re-introducing the legacy strings.
* Docs: req 21 itself has every AC checked off, and reqs 006, 008,
009, 013, 015, 016, 019, 020 plus 10+ role READMEs and
docs/contributing/actions/testing/suppression.md are updated to the
unified SSO naming.
Empirically validated end-to-end against the validation app set
(web-app-keycloak, web-app-nextcloud, web-app-bookwyrm, web-app-gitea,
web-app-friendica, web-app-dashboard) in matrix variants 0 and 1; v2
also passes the 4 target roles' Playwright after a documented
pre-existing KC_HOSTNAME-drift workaround (separate concern, not
caused by this refactor).
BREAKING CHANGE: every consumer of `services.oauth2.*`,
`services.oidc.*`, `OAUTH2_PROXY_*`, `OAUTH2_SERVICE_ENABLED`,
`OIDC_SERVICE_ENABLED`, `oauth2_proxy_cookie_secret`,
`oauth2_proxy_application_id`, `ports.local.oauth2`, the
`web-app-oauth2-proxy` role, or the legacy gating helper service names
(`oidc`/`oauth2`) must migrate to the unified `sso` shape documented
in docs/requirements/021-sso-flavor-migration.md.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Picked up by the make-test setup phase regenerating generated artefacts
during recent test runs.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Single atomic landing for three back-to-back role-meta refactor requirements
(see docs/requirements/008-role-meta-layout.md, 009-per-role-networks-and-ports.md,
010-role-meta-runafter-lifecycle-migration.md).
req-008 — role meta layout
* Move every role's metadata under meta/<topic>.yml with file-root
convention (no wrapping key matching the basename):
- schema/main.yml + config/main.yml.credentials → meta/schema.yml
- users/main.yml → meta/users.yml
- config/main.yml.server → meta/server.yml
- config/main.yml.rbac → meta/rbac.yml
- config/main.yml.compose.services + every other top-level key
of config/main.yml inlined under <entity>.<key>
→ meta/services.yml
- config/main.yml.compose.volumes → meta/volumes.yml
* Drop the legacy schema/, users/, config/ directories from every role.
* meta/schema.yml: support nested credential keys, optional `default:`
field (Jinja literal, not rendered/validated/regenerated), implicit
`algorithm: plain`.
* Materialised paths drop the `compose.` prefix:
compose.services.<e>.<…> → services.<e>.<…>
compose.volumes.<k> → volumes.<k>
<former-top-level>.<…> → services.<entity_name>.<former-top-level>.<…>
* Update every Python consumer (utils/cache, utils/manager, utils/applications,
plugins/lookup, plugins/filter, cli/*) plus every Jinja template, vars/*.yml
and task file to the new paths.
* No legacy fallback. Repository-wide grep for `compose.services.` /
`compose.volumes.` / `schema/main.yml` / `users/main.yml` / `config/main.yml`
is empty outside docs/requirements/ and tasks/utils/migrate_meta_layout.py.
* Add tests/lint/repository/test_role_meta_layout.py guarding against the
old paths returning, and an explicit lint guard that meta/variants.yml
files do not carry a `compose:` wrapper.
req-009 — per-role networks/ports
* Move group_vars/all/08_networks.yml.defaults_networks.local.<role>.{subnet,
dns_resolver} into roles/<role>/meta/server.yml.networks.local.{subnet,
dns_resolver}.
* Delete group_vars/all/09_ports.yml entirely; ports now live on the
service entity that exposes them at
roles/<role>/meta/services.yml.<entity>.ports.{inter,local,public}.
* Rename + int-cast every former top-level `services.<entity>.port`
field to `services.<entity>.ports.inter` (single int).
* Always-category-keyed maps for ports.local / ports.public; relay
spans use {start, end} integers.
* Add PORT_BANDS map to group_vars/all/08_networks.yml — single source
of truth for the per-<scope>.<category> band ranges, consumed by both
the new CLI helpers and the lint test.
* New CLI helpers (cli meta ports suggest, cli meta networks suggest)
walk the live role tree gap-first then increment-fallback, with
deterministic output and non-zero exit on capacity overflow.
* cli create role consumes both helpers when scaffolding a new role.
* Lint extensions: bare-int port shape rejection, host-bound port
collision check (single ints + relay span integers, inter excluded),
band-membership check with documented allow-list for the legacy
web-app-bigbluebutton.bigbluebutton.local.http: 48087 entry.
req-010 — run_after / lifecycle migration
* Move galaxy_info.run_after and galaxy_info.lifecycle out of
meta/main.yml into meta/services.yml.<primary_entity>.{run_after,
lifecycle}; <primary_entity> is the value returned by
get_entity_name(role_name).
* For multi-entity roles whose primary entity has no compose service
(web-app-bluesky → bluesky, web-app-matrix → matrix, desk/dev/drv/
gen roles), create a dedicated metadata-only top-level entry under
<primary_entity>.
* Introduce utils/roles/meta_lookup.py with get_role_run_after /
get_role_lifecycle that resolve <primary_entity> once and read from
meta/services.yml; degrade gracefully when meta/services.yml is
absent OR the field is absent; raise MetaServicesShapeError when the
file exists but is malformed.
* Update every consumer (utils/service_registry, utils/invokable,
cli/meta/applications/resolution/run_after/__main__, cli/meta/roles/
lifecycle_filter/__main__, cli/meta/applications/resolution/combined,
cli/build/{tree,graph,role_include}, cli/deploy/development/{common,
init,deps,deploy}, plugins/filter/canonical_domains_map, etc.) to
use the helper.
* Lint guards: no run_after/lifecycle in meta/main.yml; lifecycle
values restricted to {planned,pre-alpha,alpha,beta,stable,deprecated};
run_after/lifecycle never on a non-primary entity; empty run_after
lists rejected.
Also folded into this change set
* services_disabler now writes `services.<svc>.{enabled,shared}` into
host_vars instead of the old `compose.services.<svc>.{...}` path; the
discover/find pair walks meta/services.yml and only treats entries
carrying enabled/shared/provides as provider declarations (so
metadata-only entries from req-010 do not create spurious provider
rows).
* service_registry skips `run_after` deps whose target was filtered
out via SERVICES_DISABLED instead of failing the whole load.
* cli/mirror/resolver and cli/create/inventory/mirror_overrides emit/
consume the new applications.<role>.services.<svc>.image shape
(mirror.md updated to match).
* utils/domains/list.build_applications_from_roles now reads
meta/server.yml directly (it had been silently returning {} since
config/main.yml stopped existing).
* utils/roles/resource_validation.filter_roles_by_min_storage reads
meta/services.yml.<entity>.min_storage instead of the legacy
compose.services path.
* web-app-bluesky pre-clones the social-app build context BEFORE
sys-svc-compose so the build context is on disk by the time
sys-stk-front-proxy/tasks/main.yml flushes the docker build handler.
* 4 meta/variants.yml files (svc-ai-ollama, web-app-phpmyadmin,
web-app-wordpress, web-app-keycloak) lose their `compose: services:`
wrapper so deep-merge over meta/services.yml lands on the new
file-root shape.
Validation
* Unit tests: 1571 passed.
* Lint tests: 50 passed.
* Integration tests: 161 passed (1 skipped).
* Full-cycle fresh-purged-apps deploy succeeded for the 8-app validation
set: web-app-{nextcloud,wordpress,yourls,bigbluebutton,bluesky,gitea,
discourse,mattermost}.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
- Rename lookup plugin from `docker` to `container`
- Switch all lookups from `lookup('docker', ...)` to `lookup('container', ...)`
- Normalize compose file keys:
- docker_compose → compose
- docker_compose_override → compose_override
- docker_compose_ca_override → compose_ca_override
- Centralize compose path resolution via docker_paths_utils
- Update compose_file_args to always derive paths from DIR_COMPOSITIONS
- Align all roles, templates, and vars with container/compose naming
- Update and rename unit tests accordingly
This prepares the codebase for engine-agnostic container backends
(e.g. Docker ↔ Podman) and removes legacy docker-specific assumptions.
https://chatgpt.com/share/6987a7cc-d374-800f-99ad-bb4c8f92c59e
Replace usages of the get_app_conf filter with the config lookup plugin
across roles and templates. Adjust quoting where required to keep YAML
and Jinja syntax valid. No functional changes intended.
https://chatgpt.com/share/69860678-cef8-800f-8402-7fe6231fdc2d
The TLS lookup has been renamed from `tls_resolve` to `tls` to better
reflect its responsibility as a strict TLS state resolver.
This refactor updates all usages across the codebase, including:
- lookup plugins and internal helpers
- roles, vars, tasks, and templates
- tests, stubs, and error messages
- documentation and changelog references
Behavior, lookup API, and semantics remain unchanged.
https://chatgpt.com/share/6985e635-5a94-800f-b794-937e566ee308
- Replace lookup('docker', ..., want='...') with lookup('docker', ..., 'path')
- Allow both top-level keys (directories/files) and dotted paths
- Simplify docker lookup API and reduce lazy dict propagation
- Update unit tests to reflect new lookup semantics
https://chatgpt.com/share/6984ccea-8290-800f-a6d7-ec0e94df95a0
Remove implicit docker_compose variable usage and resolve all docker paths
(files, directories, env) via lookup('docker', application_id).
This prevents scope leakage, centralizes path resolution, and makes docker
context deterministic across roles and handlers.
https://chatgpt.com/share/6984ccea-8290-800f-a6d7-ec0e94df95a0
- Remove deprecated filter_plugins/tls.py and all dependent filters
- Introduce strict lookup plugin lookup_plugins/tls_resolve.py as single TLS authority
- Migrate all roles, templates, vars, and tasks to use tls_resolve (protocols, ports, URLs, cert paths)
- Enforce explicit TLS context (domains, applications, TLS_ENABLED, TLS_MODE)
- Support letsencrypt and self_signed with SAN handling and per-app overrides
- Update TLS provider roles to assert resolver state instead of setting facts
- Add comprehensive unit tests for tls_resolve lookup
https://chatgpt.com/share/6972b49b-b074-800f-a323-dd9fe69d02eb
with explicit per-application TLS resolution.
Key changes:
- Introduce sys-front-tls-layer as the single TLS abstraction
- Centralize certificate paths via TLS_CERT_FILE / TLS_KEY_FILE / TLS_CA_FILE
- Replace sys-svc-letsencrypt SSL templates with generic TLS layer includes
- Add tls_* Jinja filters (enabled, mode, protocol, port, websocket)
- Resolve TLS mode per application (letsencrypt | self_signed | off)
- Remove implicit defaults and WEB_* globals to fail fast on misconfiguration
- Support self-signed certificates with SAN awareness
- Make TLS behavior explicit and consistent across all roles
This decouples application logic from certificate providers and
allows switching TLS flavor without touching app roles.
https://chatgpt.com/share/69727c61-8e68-800f-a267-473a7e627978
* Switch feature flag paths from docker.service.<name>.enabled to docker.services.<name>.enabled
* Update CSP builder and smart-default toggles and unit tests
* Update desktop cards iframe flag and desktop domain validation
* Update logout domain filter and tests
* Update recaptcha enable flags in Keycloak and EspoCRM
* Fix sys-ctl-cln-docker meta description formatting
* Follow-up: reorder imports in web_health_expectations so module_utils path injection runs before importing get_app_conf
https://chatgpt.com/share/6963f484-4cb4-800f-a9f4-8d70a66e4d32
Refactor proxy/webserver configuration variables to a consistent webserver_* naming scheme across roles. Replace legacy variables like proxy_extra_configuration, client_max_body_size, vhost_flavour, location_ws and ws_port with webserver_extra_configuration, webserver_client_max_body_size, webserver_vhost_flavour, webserver_websocket_location and webserver_websocket_port. Update NGINX vhost and location templates (html, upload, ws, basic, ws_generic) as well as callers (sys-front-inj-all, sys-stk-front-proxy, various web-app-* and web-svc-* roles) to use the new naming.
Tighten docker-compose Git repository handling by making docker_git_repository_pull depend on docker_git_repository_address being defined, a string and non-empty. This avoids accidental Git operations when the repository address is unset or of the wrong type.
Refactor the BigBlueButton role structure and fix deployment bugs: introduce 01_core.yml to orchestrate docker/proxy setup, database seeding, websocket map deployment, docker-compose overrides and admin/bootstrap logic in a single once-executed entrypoint. Rename supporting task files (02_docker-compose.yml, 03_administrator.yml, 04_dependencies.yml) and update tasks/main.yml to delegate via include_tasks with run_once_web_app_bigbluebutton. Improve Greenlight admin creation behavior by treating the 'Email has already been taken' error as a non-fatal, unchanged outcome and running user:set_admin_role as a fallback, both for the primary password and the OIDC starred-password path.
Also standardize vhost flavour selection for services like Mailu, Discourse, CDN, Collabora, Coturn, OnlyOffice, Simpleicons and web-svc-logout by explicitly passing webserver_vhost_flavour where needed and aligning client_max_body_size and websocket configuration with the new webserver_* variables.
Reference: ChatGPT conversation https://chatgpt.com/share/6931c530-bba8-800f-9997-dd61dc1d497b
- Introduce shared CAPTCHA settings and RECAPTCHA_ENABLED/HCAPTCHA_ENABLED flags in group_vars
- Wire reCAPTCHA/hCaptcha credentials into EspoCRM, Keycloak, Listmonk and Nextcloud
- Replace EspoCRM set_flags.php with generic seed_config.php and hook it into entrypoint/env
- Fix run_once handling in sys-ctl-cln-disc-space and minor CSS Jinja spacing issue
https://chatgpt.com/share/692a1d4f-1154-800f-a4ae-bb068aa24a53
• Build a custom image and replace upstream entrypoint with docker-entrypoint-custom.sh (strict fail on flag script).
• Introduce set_flags.php and wire via ESPOCRM_SET_FLAGS_SCRIPT; apply flags at container start; clear cache afterwards.
• Keep exactly one Docker volume (data:/var/www/html/); drop separate custom/extensions mounts.
• Compose: use custom image, add healthchecks & depends_on for daemon/websocket; keep service healthy gating.
• Ansible: deploy scripts, build & up via handlers; patch siteUrl as www-data; run upgrade non-fatal; always run flag setter.
• Vars/Env: add ESPO_INIT_* toggles and ESPOCRM_SET_FLAGS_SCRIPT; refactor variables for scripts & custom image paths.
Conversation context: https://chatgpt.com/share/68dd1992-020c-800f-bcf5-2db60cb4aab2
- Added CPU, memory and PID limits for espocrm, daemon and websocket services
- Enabled init process and graceful stop (SIGTERM, 30s) in docker-compose
- Adjusted env template (removed forced True/default flags)
- Introduced entity_name/ESPOCRM_SERVICE in vars for service naming
- Minor cleanup of get_app_conf defaults
Ref: https://chatgpt.com/share/68d937ce-9c34-800f-9136-54baed9c91c7
- Replace `ESPOCRM_NAME` with `ESPOCRM_CONTAINER` for clarity and consistency.
- Drop unused `ESPOCRM_CONFIG_FILE_PUBLIC`, rely only on `config-internal.php`.
- Make DB credential patching idempotent using `grep` + `sed` checks.
- Replace direct sed edits for maintenance/cron/cache with EspoCRM ConfigWriter.
- Add fallback execution as root if www-data user cannot write config.
- Clear EspoCRM cache only when config changes and in update mode.
- Remove obsolete OIDC scopes inline task (now handled via env/vars).
- Fix docker-compose template to use `ESPOCRM_CONTAINER`.
This refactor makes the EspoCRM role more robust, idempotent, and aligned
with EspoCRM’s official ConfigWriter mechanism.
See conversation: https://chatgpt.com/share/68a87820-12f8-800f-90d6-01ba97a1b279
